Resonance Absorption by a Charged Damped Oscillator: Part 3
Author: Patrick Bruskiewich
Subject: Resonance Absorption; Charged Damped Oscillator; black body radiation; Sigma Function
Language: English
Collection: pythagoraspublishing; additional_collections
Description
In Part 1 we presented a modified approach to determining the total power absorbed by a charged damped oscillator . Some of the implications of this approach were explored in Part 2. In Part 3 we introduce the Sigma function.
In this short paper it appears that we have found an ambiguity in a standard derivation for the theoretical black-body spectrum found in some standard texts.
This ambiguity leads to a number of question, such as what will we find if we look at all values for k over the region , or if we take an average. The shift of the peak in Fig. 3 lends us a clue.
This might mean that an electron as a fractal object. This will be explored in subsequent articles.
Creative Commons license: Attribution-Noncommercial-No Derivative Works 3.0
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| Mediatype: | texts |
| Licenseurl: | http://creativecommons.org/licenses/by-nc-nd/3.0/ |
| Identifier: | ResonanceAbsorptionByAChargedDampedOscillatorPart3 |
| Identifier-access: | http://archive.org/details/ResonanceAbsorptionByAChargedDampedOscillatorPart3 |
| Identifier-ark: | ark:/13960/t0bv8s35t |
| Ppi: | 300 |
| Ocr: | ABBYY FineReader 8.0 |
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